LSiS TD100-160 Rotary Actuator for Facade EH1-S

The LSiS TD100-160 rotary actuator, model EH1-S, is a precision-engineered component designed specifically for facade automation systems. This device facilitates controlled, reliable movement for architectural facade elements, ensuring that building exteriors operate smoothly and maintain their intended position. Built for professional integration, it offers a robust construction capable of withstanding diverse environmental conditions, making it a dependable choice for modern building management and exterior architectural projects.

Advantages

This rotary actuator stands out due to its high-precision movement capabilities, which are essential for maintaining the alignment and functionality of complex facade systems. Its durable design ensures long-term operational stability, reducing the need for frequent maintenance. Furthermore, the unit is optimized for seamless integration into existing building automation networks, providing efficient control and reliable performance in various weather conditions.

Suitable for

• Automated facade shading systems
• Dynamic architectural exterior panels
• Building automation and climate control integration
• Professional facade movement management

When it may not be suitable

This actuator is specifically designed for facade applications and may not be compatible with industrial machinery, high-torque mechanical drives, or residential window automation systems that require different mounting interfaces or power specifications.

Key specifications

• Type: Rotary actuator
• Application: Facade systems
• Model: TD100-160
• Construction: Robust, weather-resistant design
• Integration: Building automation compatible

How to use

Installation should be performed by qualified technical personnel familiar with building automation systems. The actuator must be securely mounted to the facade structure according to the mechanical specifications provided in the technical manual. Once mounted, the electrical connections should be integrated into the building's control system, ensuring that the wiring complies with local safety standards. After installation, a calibration process is required to define the movement limits and ensure precise operation.

What to consider before purchase

• Verify compatibility with your existing facade structure and control system
• Ensure the mounting space meets the physical dimensions of the unit
• Confirm that the power supply requirements match your building's infrastructure

Usage recommendations

Regular inspection of the mounting points and electrical connections is recommended to ensure continued performance and safety. Avoid exposing the unit to chemicals or environmental conditions outside of the manufacturer's specified operating range.